Classical Thermodynamics

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  1. [C. J. Adkins] - Equilibrium thermodynamics
  2. [M. W. Zemansky, Richard H. Dittman] - Heat and thermodynamics ***Chp 1-11,14-17***
  3. [Wolfgang Nolting] - Theoretical Physics 5 Thermodynamics
  4. [J. M. Smith, Hendrick Van Ness, Michael Abbott, Mark Swihart] - Introduction to Chemical Engineering Thermodynamics
  5. [Carl S. Helrich] - Modern Thermodynamics with Statistical Mechanics ***Chp 1-8,11-16***
  7. [Gianni Astarita] - Thermodynamics An Advanced Textbook for Chemical Engineers
  8. [Ralph Baierlein] - Thermal Physics ***Chp 1-3,7,10-12,14,16***
  9. [Linder B.] - Thermodynamics and Introductory Statistical Mechanics ***Chp 1-12***
  10. [Richard Becker] - Theory of Heat ***Chp 1,7
  11. [Stephen J. Blundell, Katherine M. Blundell] - Concepts in Thermal Physics ***Sec 4-6***
  12. [Herbert B. Callen] - Thermodynamics And An Introduction To Thermostatistics ***Chp 1-14***
  13. [Gerald Carrington] - Basic Thermodynamics Only Edition
  14. [Enrico Fermi] - Thermodynamics
  15. [Sacha Friedli, Yvan Velenik] - Statistical Mechanics of Lattice Systems A Concrete Mathematical Introduction ***Chp 1***
  16. [Harvey Gould, Jan Tobochnik] - Statistical and Thermal Physics With Computer Applications ***Chp 1-3,7***
  17. [Walter Greiner, Ludwih Neise, Horst Stocker] - Thermodynamics and Statistical Mechanics ***Chp 1-4,16-17***
  18. [Kerson Huang] - Statistical Mechanics ***Chp 1-2***
  19. [Mehran Kardar] - Statistical Physics of Particles ***Chp 1***
  20. [Charles Kittel] - Thermal Physics*
  21. [L. D. Landau, E. M. Lifshitz] - Statistical Physics*
  22. [Luca Peliti] - Statistical Mechanics in a Nutshell ***Chp 1-2***
  23. [A. B. Pippard] - Elements of classical thermodynamics
  24. [L. E. Reichl] - A modern course in statistical physics ***Chp 1-3***
  25. [F. Reif] - Fundamentals of Statistical and Thermal Physics ***Chp 4-5***
  26. [Daniel V. Schroeder] - An Introduction to Thermal Physics ***Chp 1-5***
  27. [Francis W. Sears, Gerhard L. Salinger] - Thermodynamics, Kinetic Theory, and Statistical Thermodynamics ***Chp 1-8***
  28. [John M. Seddon, Julian D. Gale] - Thermodynamics and statistical mechanics ***Chp 1-8***
  29. [J. C. Slater] - Introduction to Chemical Physics*
  1. Thermodynamics [1] [2]
    1. Macroscopic
    2. Thermodynamic Systems
    3. Thermodynamic Variables
    4. Thermodynamic Equilibrium
    5. Thermodynamic Processes
    6. Degrees of Freedom
  2. The Zeroth Law
    1. The Zeroth Law
    2. Empirical Temperature
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  3. Work
    1. Work
    2. Work in a Hydrostatic System
    3. PV Diagram
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  4. The First Law
    1. Adiabatic Work
    2. Internal-Energy Function
    3. Concept of Heat
    4. The First Law
    5. Heat Capacity
    6. Equation of a Hydrostatic System
  5. Ideal Gas
    1. Equation of State of a Gas
    2. Internal Energy of Real Gas
    3. The Ideal Gas
    4. Quasi-Static Adiabatic Process
  6. The Second Law
    1. Topological Spaces.
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  7. Carnot Cycle
    1. Topological Spaces.
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  8. Entropy
    1. Topological Spaces.
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  9. Pure Substances
    1. Topological Spaces.
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  10. Thermodynamic Potentials
    1. Topological Spaces.
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  11. Thermodynamic Inequality
    1. Functions
    2. Legendre Transformation
    3. Maxwell Relations
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  12. The Third Law
    1. Topological Spaces.
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  13. Irreversible Thermodynamics
    1. Nerst's Hypothesis
    2. Unattainability of Absolute Zero
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  14. Phase Transition
    1. Stability of Phases
    2. Phase Diagrams
    3. Clapeyron Equation
    4. Clausius-Clapeyron Equation
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  15. Critical Phenomena
    1. Neighborhood around the Critical Point
    2. Divergence and Stability
    3. Order Parameters and Critical Exponents
    4. Roots od the Critical Point Problem
    5. Scaling and Universality
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  16. Phase Equilibrium
    1. Topological Spaces.
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  17. Chemical Equilibrium
    1. The Equilibrium Constant
    2. Temperature Dependence
    3. Effect of Pressure
    4. Le Chatelier's Principle
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